Radiofraquency with AI processing
Under 20 seconds
Zero. No reagents needed
Can be used as a point of care or as screening method
Provides results within seconds
No reagent needed, saving on consumables
See your results on our mobile app
Expedited diagnostic for infectious agents in companion and agricultural animals
Detect contaminants in water/air
Advanced profiling of pathogen and/or biomarkers signatures
Efficiency
Portability
Intelligent Signal Processing
Scalable & Versatile
Sustainability
Faster results compared to conventional methods
Ideal for laboratory and on-site applications.
AI-enhanced classification ensures superior diagnostic specificity
Adaptable to multiple biomedical and industrial ecosystems
Environmentally Friendly solution
20 cm × 15 cm
1.5 kg
Low Voltage, either Battery or AC Powered
1–10 GHz
<20 seconds per analysis cycle
Viruses, Bacteria, Protozoa, Cancer Cells and Macromolecules.
Wi-Fi, USB, Bluetooth
Serum, Urine, Saliva, other biological fluid specimens, and various liquid solutions
AI-driven spectral data processing with cloud-integrated analytics
Cube Scan
20 cm × 15 cm
1.5 kg
Low Voltage, either Battery or AC Powered
Radio Frequency Scanning
1–10 GHz
<30 seconds per analysis cycle
Viruses, Bacteria, Protozoa, Cancer Cells and Macromolecules.
Wi-Fi, USB, Bluetooth
Serum, Urine, Saliva, other biological fluid specimens, and various liquid solutions
AI-driven spectral data processing with cloud-integrated analytics
Compact and Lightweight
Evaluate Cube Scan’s efficacy in detecting E. coli in water samples.
Detecting E. Coli in urine samples from canine and feline patients.
240 samples were analyzed using Cube Scan and compared with culture-based diagnostics.
Cube Scan demonstrated 87% accuracy, detecting E. coli presence, with a specificity of 93%.
Assess Cube Scan’s capability to detect viruses such as COVID-19 in liquid samples and distinguish it from other respiratory pathogens.
1300 samples of nasal swabs were tested using RF spectral analysis.
Cube Scan detected COVID-19 biomarkers with an 99.77% correlation to PCR-based results, demonstrating high potential for rapid screening applications.
Appraise Cube Scan’s ability to determine the concentration of a biomarker such as glucose.
100 glucose-spiked solutions were analyzed and compared with the actual concentrations.
Cube Scan exhibited a 92% correlation coefficient, validating its efficacy in non-invasive glucose monitoring.
Urine Analysis
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